Our GSoC student Aditya Narayan Sinha was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically on introducing playbooks that define automated actions associated with the observation of a specific indicator of compromise.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

Our GSoC student Aditya Pratap Singh was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically on bulk analysis, single sign-on, and major improvements to the configurations and secrets.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

Our GSoC student Hussain Khan was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically on a Go client library, allowing developers to integrate with the IntelOwl API in their solutions.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

Our GSoC student Hariom Chaturved was working for three months on the network capture analysis tool PcapMonkey, specifically introducing live capture, testing architecture, and the introduction of zkg support.

Read on for an overview of their achievements and how they successfully contributed towards PcapMonkey and some considerations for the future.

Our GSoC student Shubham Pandey was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically introducing the connector manager allowing for powerful integrations with external data sources.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

Our GSoC student Sarthak Khattar was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically overhauling the analyzer configuration, API and test suite refactoring, and the integration of new analyzers.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

Shreya Malviya wrote this post as a project summary of her GSoC2020 experience.

Team:
Mentors: Shay Nehmad, Daniel Goldberg
Student: Shreya Malviya

Introduction

What is Infection Monkey?

Infection Monkey is an open-source security tool for testing a data center’s resiliency to perimeter breaches and internal server infection. The Monkey uses various methods to self-propagate across on-premises/cloud-based data centers and finds their weaknesses, whose results it then reports to a centralized Monkey Island Command and Control server.

Our GSoC student Eshaan Bansal was working for three months under the supervision of Matteo Lodi on the OSINT platform IntelOwl, specifically introducing a brand new front-end written in Angular and analyzers to automate integrations.

Read on for an overview of their achievements and how they successfully contributed towards IntelOwl and some considerations for the future.

The Infection-Monkey team for GSoC 2018 wrote this post as a project summary of their GSoC 2018 experience

Team:

Student: Vakaris Žilius

Mentor: Daniel Goldberg

Introduction

During GSOC 2018, Vakaris worked with me on the Infection Monkey.

The Infection Monkey is an open source security tool for testing a data center’s resiliency to perimeter breaches and internal server infection. The Monkey uses various methods to self propagate across a data center and reports success to a centralized Monkey Island server.

Abhinav Saxena wrote this post as a project summary of his GSoC2018 experience.

What did we achieve?

The following features and changes were implemented:

• Migration of the codebase from Python 2.7 to Python 3.5 (issue #358, code: #374)
• Implementation of FTP (RFC 959) and TFTP (RFC 1350) protocol stacks based on gevent (issue #352, code: ftp and tftp)
• Implementation of an abstract filesystem that proxies and wraps an actual file system by providing os.* wrappers (code: #375 and #382)
• Wrote 123 unit tests and refactored all existing 44 unit tests, increasing coverage from 44% to 72% at the time of this writing  (code: #374, #375 and #382)
• Bug fixes and refactoring of the existing BACnet and IPMI protocol stacks (issue #341, code #382)
• Bug fixes in auxiliary Docker files (issue: #378, code: #380 and  #392)
• Refactoring of an existing telnet library to be compatible to the Conpot codebase (issue #285, code: mushorg/telnetsrvlib)
• Wrote an internal interface implementation that introduces a decorator, allowing protocol servers to interact more deeply with each other.  (issue #259, code #375)
• Helping users with issues and pull request reviews: link

All commits can be seen here and here.